🆕📰New scientific publication from the National Center of Genetics of the @LNS_Lux "Understanding the new BRD4-related syndrome: Clinical and genomic delineation with an international cohort study". 👉https://t.co/BSkFrRyNtI #research#Luxembourg#genetics#rarediseases
Thanks @ClinGenetNews for sharing! We report the first cohort of #patients with the new #BRD4-related disorder, broadening the phenotype with particular emphasis on a new clinically relevant and recognizable core pattern, distinguishable from the other #cohesinopathies!
Guidelines WGS 2022: Recommendations for whole genome sequencing in diagnostics for rare diseases
#genetics#clinicalresearch#genome#EJHG
https://t.co/BXmfGSPLNf
Dr Guillaume Jouret, from the National Center of Genetics of the @LNS_Lux, presented an international collaborative #research work on the occasion of the Assises de Génétique. #healthcare#Luxembourg https://t.co/WZ0md6dqrj
Clinicians and researchers are gaining access to thousands of structural variants of unknown disease relevance. A supervised learning method to predict the pathogenicity of human genome structural variants:
https://t.co/yYJVIIP7AD
Do patients understand the concepts of VUS and variant reclassification after a clinical genetics consultation?
#clinicalgenetics#humangenetics#VUS
https://t.co/9tjozZlv5k
Proud to present our international collaborative study “Understanding the new BRD4-related Cornelia de Lange-like syndrome: clinical and genomic delineation” at the #ESHG2021 congress! Have a look at our poster P11.022.D! Thanks #LNS_Lux team and #ERNITHACA network!
We already knew that mitochondria can translocate from one cell to the other, and now blood contains circulating cell‐free functional mitochondria in normal physiological state: how could the understanding of mitochondrial diseases be even more complex?
https://t.co/7V5EzLEByA
Diagnostic testing for uniparental disomy: a points to consider statement from the American College of Medical Genetics and Genomics https://t.co/bwxUrm2PCA
RNA splicing is thought to be disrupted by up to 62% of all pathogenic SNVs, and 48% of ClinVar variants are asserted to be VUS. RNA analysis should therefore be routinely considered in genetic disease diagnostics. https://t.co/dv5NNmYHX9